Quantity and contents 1 x 20T worm gear (20T) 1 x worm rod What this product does Provides reliable torque transmission and gear reduction in compact mechanical assemblies. The worm gear and matching worm rod form a single-sided worm drive suitable for applications that require quiet operation, high torque, and compact installation. Why you need it High strength and high torque: Made from high-quality carbon steel to withstand heavy loads and repeated use without early wear. Reliability: Durable material and precise mating of gear and worm rod reduce backlash and maintenance needs. Space-saving solution: Worm drives deliver large gear reduction in a short axial length, simplifying design where space is limited. Key attributes Function: Single-sided worm gear set used for torque transfer and speed reduction. Compatibility: Designed as a matched gear and worm rod pair; suitable for retrofit or integration into gearboxes, actuators, and small mechanical drives where a 20T worm gear is required. Material: High-quality carbon steel for durability and consistent performance. Performance: Engineered to deliver high torque and mechanical strength for demanding applications. Practical applications Industrial drives: Replace or upgrade components in small gearboxes, conveyors, and indexers where high reduction and load capacity are required. Motion control and actuators: Use in linear or rotary actuators and positioning systems that require compact, high-torque gearing. Doors, gates, and lifting mechanisms: Suitable for drive trains in automated doors, gate openers, or lifting devices where reliable torque and quiet operation matter. Installation and maintenance notes Sold as a matched set (20T worm gear + worm rod) to ensure proper engagement and performance. Inspect mating surfaces and mount securely to prevent misalignment; carbon steel components benefit from appropriate lubrication for long service life. What sets it apart Simple, durable single-sided worm gear set made from carbon steel for dependable, high-torque performance in compact mechanical designs.